Adjacent degree route

How to Become a Mechanical Engineer

If you're researching how to become a mechanical engineer from a space-focused program, treat this as an adjacent route. Mechanical engineering or mechanical engineering technology is the standard degree. Aerospace engineering can overlap, but you still need to prove mechanical design, thermal, materials, and testing skills. This guide explains how to become a mechanical engineer from education through entry-level work.

Editorial illustration of a mechanical engineer measuring a precision aerospace component beside a CAD model.
RouteAdjacentThe degree can transfer, but you must add targeted preparation.
Typical entry educationBachelor's degreeBLS Occupational Outlook Handbook
National median$104,110May 2025 BLS OEWS
National wage range$73,990–$164,34010th to 90th percentile

The occupation

What does a mechanical engineer do?

Mechanical engineers analyze problems, design mechanical and thermal devices, develop prototypes, test systems, investigate failures, and oversee manufacturing. The occupation spans far beyond aerospace, which makes the degree portable but also means employers may expect a broad mechanical foundation.

Use these duties as the first reality check when planning how to become a mechanical engineer.

  • Analyze problems that a mechanical or thermal device may solve
  • Design or redesign devices and subsystems
  • Develop and test prototypes
  • Investigate equipment failures and recommend fixes
  • Oversee manufacturing for designed devices

The working day

A day in the life of a mechanical engineer

A mechanical engineer may begin with a performance problem: a component is too hot, a structure vibrates, or a prototype misses a requirement. You review the evidence, revise the design, and decide what test would separate competing explanations.

Later work may include a design review, a visit to a production area, or a conversation with technicians who are building the prototype. The job moves between analysis and the physical system being analyzed.

Education route

How to Become a Mechanical Engineer, Step by Step

When you plan how to become a mechanical engineer, use the sequence below to see where a space-focused degree fits and where you need additional preparation. Mechanical engineering is the standard degree; aerospace engineering can overlap when it includes strong mechanical and thermal design work.

  1. 01

    Choose a mechanical engineering foundation

    The standard route is a bachelor’s degree in mechanical engineering or mechanical engineering technology, with mathematics, physical science, engineering, and design.

  2. 02

    Make an aerospace degree legible to mechanical employers

    Use coursework and projects to show mechanics, thermodynamics, materials, design, and testing rather than relying on the word aerospace in the degree title.

  3. 03

    Build and test something

    Internships, co-ops, and team projects make it easier to show that you can move from analysis to a prototype and learn from failure.

  4. 04

    Apply to a defined subsystem

    Thermal control, structures, mechanisms, robotics, manufacturing, and test roles each reward different project evidence.

  5. 05

    Consider PE licensure only when the work calls for it

    Entry-level licensure is not required. Engineers who provide services to the public need the Professional Engineer route later in their careers.

Where the work happens

Where mechanical engineers work

Engineering offices

Mechanical engineers do most design and analysis work in offices, often as part of a multidisciplinary team.

Manufacturing and worksites

Engineers visit production areas and worksites when a prototype, process, or failure needs direct attention.

Research and development

R&D settings focus on new devices, materials, prototypes, tests, and the evidence needed to improve a design.

Technical directions

Mechanical Engineer specialties and focus areas

Thermal systems

Thermal engineers manage heat transfer, temperature, and environmental limits in machines and vehicles.

Structures and mechanisms

This work covers loads, motion, materials, moving assemblies, and physical interfaces.

Robotics

Robotic engineering combines mechanisms, sensors, and control so a machine can act in its environment.

Manufacturing and test

These roles turn designs into repeatable products and investigate whether the hardware meets its requirements.

Before you commit

The hard parts of becoming a mechanical engineer

The degree is broad because the job is broad

You need depth in at least one subsystem without losing the mechanics, thermal, materials, and design base employers expect.

Hardware makes assumptions visible

A prototype can expose loads, tolerances, heat, vibration, or manufacturing limits that the first model missed.

Some problems require being on site

BLS notes that mechanical engineers may visit worksites when equipment or a problem needs direct attention.

Public-facing engineering adds licensure

Mechanical engineers who sell engineering services to the public must be licensed.

BLS wage data

How much do mechanical engineers make?

The national median is $104,110. The full OEWS wage span runs from $73,990 at the 10th percentile to $164,340 at the 90th. A percentile is a place in the wage distribution, not a promise about your experience level.

See mechanical engineer salary by state

Common questions

How to Become a Mechanical Engineer: common questions

What degree do you need to become a mechanical engineer?
Can an aerospace engineering graduate become a mechanical engineer?
Do mechanical engineers work in space companies?
Do entry-level mechanical engineers need a PE license?
Where do mechanical engineers work?

Primary sources

Sources for how to become a mechanical engineer

Occupation facts and wage records reviewed August 28, 2026.